Modeling control strategies for prosumers in a Python-based modular simulation tool

The planned massive increase of producers and consumers such as electric vehicles, heat pumps and photovoltaic systems in distribution grids will lead to new challenges in the electrical power system. These can include grid congestions at the low voltage level but also at higher voltage levels. Cont...

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Vydáno v:Energy Informatics Ročník 6; číslo Suppl 1; s. 39 - 22
Hlavní autoři: Schoen, Andrea, Ringelstein, Jan, Mende, Denis, Braun, Martin
Médium: Journal Article
Jazyk:angličtina
Vydáno: Cham Springer International Publishing 01.10.2023
Springer Nature B.V
SpringerOpen
Témata:
Computer Science
Control strategies
Distribution grids
Distribution system operation
Electric power
Electric power systems
Electric vehicles
Electrical transmission
Heat exchangers
Heat pumps
Information Systems and Communication Service
Low voltage
pandapower
Photovoltaics
Power flow
Power system modeling
Prosumers
Simulation
Substations
Distribution system operation
Control strategies
Prosumers
Distribution grids
Power system modeling
pandapower
ISSN:2520-8942, 2520-8942
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Shrnutí:The planned massive increase of producers and consumers such as electric vehicles, heat pumps and photovoltaic systems in distribution grids will lead to new challenges in the electrical power system. These can include grid congestions at the low voltage level but also at higher voltage levels. Control strategies can enable the efficient use of flexibilities and therefore help mitigate upcoming problems. However, they need to be evaluated carefully before their application in the energy system to avoid any unwanted effects and to choose the most fitting strategy for each application. In this publication, a Python-based modular simulation tool for developing and analysing control strategies for prosumers, which uses pandapower (Thurner et al. 2018), is presented. It is intended for sequential simulations and enables detailed operational analyses, which include evaluating the influence on grid situations, the necessary behavior of energy system components, required measurements and communications. This publication also gives an overview of control strategies, existing simulation tools, how the modular simulation tool fits in and illustrates its functionalities in an application example, which further highlights its versatility and efficiency. Time series simulations with the tool allow analyses regarding the effect of control strategies on power flow results. Moreover, the simulation tool also facilitates evaluating the behavior of energy system components (e.g. distribution substations), necessary communications and measurements as well as any faults that might occur.
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ISSN:2520-8942
2520-8942
DOI:10.1186/s42162-023-00275-2